ASCG

Refrigerated dryer

Dry quality air prolongs the life of process equipment and provide superior production quality. Compact, high efficient device to meet continuous air demand. QPN is a kind of refrigerated dryer. It removes water from the air by cooling it and make it condense. After water separation, the air passes through the heat exchanger to exchange heat with the hot air of dryer, which is provided to gas end for use.

QPN15-225

Dry quality air prolongs the life of process equipment and provide superior production quality. Compact, high efficient device to meet continuous air demand. QPN is a kind of refrigerated dryer. It removes water from the air by cooling it and make it condense. After water separation, the air passes through the heat exchanger to exchange heat with the hot air of dryer, which is provided to gas end for use.

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QPN 250~1000 REFRIGERATED DRYERS

QUINCY AIR TREATMENT

TOP AIR QUALITY FOR HIGH-END EQUIPMENT AND PROCESSES

Dry quality air prolongs the life of process equipment and provides superior production

quality, a compact high efficient device to meet continuous air demand.

THE HIDDEN DANGER OF UNTREATED AIR

When the air that surrounds us is compressed, its vapour and particle concentration

increases dramatically. The compression process causes the oil and water vapors to condense

into droplets, and then mixes with a high concentration of particles. The resulting

mixture is an abrasive oily sludge that in many cases is also acidic.

Without air treatment equipment, much of this corrosive sludge will enter the compressed

air system, corroding the pipe work, damaging pneumatic tools and equipment

as well as potentially compromising final product quality.

POOR AIR QUALITY COSTS YOU MONEY

If the corrosive sludge is allowed to enter the compressed air system, it will not be long

before problems start to appear. These are some of the most common and most expensive

problems:

• Tools and equipment break down more regularly, experience a shorter lifetime and

reduced power

• The end product, or other materials that come into contact with the contaminated

air, can suffer spoilage and quality degradation

• The compressed air pipe work will corrode, leading to leaks and a loss of valuable

compressed air

As an example, a small leak of just 3 mm is roughly equivalent to wasting 3.7 kW of electricity

in a year.

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